def test_c(self):
"""Test the insertion of a two ESF patterns.
The second ESF pattern is for a different the same water type group but
the same pattern as the first type.
Both the water type group and measure type already exist.
"""
esf_patterns = EsfPatterns()
watertype_group = WatertypeGroup()
watertype_group.code = 'M'
watertype_group.save()
watertype_group = WatertypeGroup()
watertype_group.code = 'B'
watertype_group.save()
measuretype = MeasureType()
measuretype.code = 'BR01'
measuretype.description = 'verminderen emissie nutriënten landbouw'
measuretype.save()
measuretype = MeasureType()
measuretype.code = 'IN02'
measuretype.description = 'aanpassen inlaat / doorspoelen / scheiden water'
measuretype.save()
esf_patterns.insert([['M','X','?','?','?','?','?','?','?','?','BR01'],
['B','X','?','?','?','?','?','?','?','?','IN02']])
self.assertEqual(2, EsfPattern.objects.count())
def test_a(self):
"""Test the insertion of a single ESF pattern.
Both the water type group and measure type already exist.
"""
esf_patterns = EsfPatterns()
watertype_group = WatertypeGroup()
watertype_group.code = 'M'
watertype_group.save()
measuretype = MeasureType()
measuretype.code = 'BR01'
measuretype.description = 'verminderen emissie nutriënten landbouw'
measuretype.save()
esf_patterns.insert([['M','X','?','?','?','?','?','?','?','?','BR01']])
self.assertEqual(1, EsfPattern.objects.count())
esf_pattern = EsfPattern.objects.all()[0]
self.assertEqual(u'X????????', esf_pattern.pattern)
self.assertEqual(watertype_group, esf_pattern.watertype_group)
self.assertEqual(measuretype, esf_pattern.measure_types.all()[0])
def test_b(self):
"""Test the insertion of a two ESF patterns.
The second ESF pattern is for the same water type group and the same
pattern as the first type.
Both the water type group and measure type already exist.
"""
esf_patterns = EsfPatterns()
watertype_group = WatertypeGroup()
watertype_group.code = 'M'
watertype_group.save()
measuretype = MeasureType()
measuretype.code = 'BR01'
measuretype.description = 'verminderen emissie nutriënten landbouw'
measuretype.save()
measuretype = MeasureType()
measuretype.code = 'IN02'
measuretype.description = 'aanpassen inlaat / doorspoelen / scheiden water'
measuretype.save()
esf_patterns.insert([['M','X','?','?','?','?','?','?','?','?','BR01'],
['M','X','?','?','?','?','?','?','?','?','IN02']])
self.assertEqual(1, EsfPattern.objects.count())
esf_pattern = EsfPattern.objects.all()[0]
self.assertEqual(u'X????????', esf_pattern.pattern)
self.assertEqual(watertype_group, esf_pattern.watertype_group)
self.assertEqual(2, esf_pattern.measure_types.count())
codes = [mt.code for mt in esf_pattern.measure_types.all()]
codes.sort()
self.assertEqual([u'BR01', u'IN02'], codes)